大流行
抗生素耐药性
转化研究
医学
抗菌剂
动作(物理)
抗菌肽
重症监护医学
临床试验
专家意见
2019年冠状病毒病(COVID-19)
疾病
抗生素
生物
传染病(医学专业)
病理
物理
量子力学
微生物学
作者
Paula Espinal,Ester Fusté,Josep M. Sierra,Guadalupe Jiménez-Galisteo,Teresa Vinuesa,Miguel Viñas
标识
DOI:10.1080/14712598.2023.2226796
摘要
Introduction To overcome the challenge of multidrug resistance, natural and synthetic peptides are candidates to become the basis of innovative therapeutics, featuring diverse mechanisms of action. Traditionally, the time elapsed from medical discoveries to their application is long. The urgency derived from the emergence of antibiotic resistance recommends an acceleration of research to put the new weapons in the hands of clinicians.Areas covered This narrative review introduces ideas and suggestions of new strategies that may be used as a basis upon which to recommend reduced development times and to facilitate the arrival of new molecules in the fight against microbes.Expert opinion Although studies on new innovative antimicrobial treatments are being conducted, sooner rather than later, more clinical trials, preclinical and translational research are needed to promote the development of innovative antimicrobial treatments for multidrug resistant infections. The situation is worrying, no less than that generated by pandemics such as the ones we have just experienced and conflicts such as world wars. Although from the point of view of human perception, resistance to antibiotics may not seem as serious as these other situations, it is possibly the hidden pandemic that most jeopardizes the future of medicine.
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